SAC-SG is not limited to targeting cancer cells it also enhances cellular metabolism and promotes overall cellular health in normal cells. This is achieved by preventing oxidative stress damage through the conversion of glucose to pyruvate, ATP, CO2, and H2O, without generating free radicals.

In addition, SAC-SG aids in regulating blood calcium levels through the regulation of intracellular voltage which increases calcium concentration in the blood. This process ultimately stops bone resorption and increases bone density.

* These statements have not been evaluated by the Food and Drug Administration. This product is not intended to diagnose, treat, cure or prevent any disease.

Inducing oxidative stress in tumor cells can be a therapeutic strategy to trigger cell death and inhibit tumor growth.

SAC-SG is a powerful weapon in fighting cancer cells. SAC-SG ionic calcium bonds with glucose dissociates to produce free radicals that target tumor cell metabolism and cause oxidative damage, ultimately leading to their destruction.

Cancer cells require calcium ions for proliferation and secretes PTH-like substances to extract calcium from bones.

Additionally, cancer cells can uptake glucose at a rapid rate through glucose transport (GLUT), and SAC-SG’s glucose can be absorbed 200 to 300 times faster than normal cells to destroy them.

SAC-SG is not limited to targeting cancer cells it also enhances cellular metabolism and promotes overall cellular health in normal cells. This is achieved by preventing oxidative stress damage through the conversion of glucose to pyruvate, ATP, CO2, and H2O, without generating free radicals.

In addition, SAC-SG aids in regulating blood calcium levels through the regulation of intracellular voltage which increases calcium concentration in the blood. This process ultimately stops bone resorption and increases bone density.

* These statements have not been evaluated by the Food and Drug Administration. This product is not intended to diagnose, treat, cure or prevent any disease.

Cancer cells rely on calcium ions and glucose for their proliferation. There are several ways cancer cells obtain calcium: from bones by secreting PTH-like substances, which triggers osteoclasts, and through ligand-gated and voltage-gated calcium channels, with ligand-gated channels being the primary source. The excess calcium is used to promote tumor cell growth.
Glucose is obtained by cancer cells through the membrane protein GLUT. Aerobic glycolysis is the primary way cancer cells metabolize glucose, which provides nucleic acids and amino acids for cell growth.

Marah Natural’s SAC-SG targets targets cancer cells by triggering cell death and inhibiting their growth in low-oxygen conditions. SAC-SG’s ionic calcium bonds with glycolysis and produces free radicals that target tumor cell metabolism, ultimately causing oxidative damage and leading to their destruction.

Due to the high glucose uptake rate of cancer, SAC-SG is a powerful alley in tackling cancer treatment, with an uptake rate 200-300 times faster than normal cells.